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Inductor has an impediment to AC. In the case of a certain frequency of AC, the greater the inductance, the greater the ability to impede the AC, the smaller the inductance, the smaller the obstruction. In addition, a certain amount of inductance in the case, the higher the frequency of AC, the inductance of the obstruction of the AC capacity is also greater, the lower the frequency, the inductance of AC impede the smaller capacity. In other words, the inductor has the characteristic of preventing the passage of the alternating current and allowing the direct current to pass therethrough. The ideal inductor of choke coils manufacturers is a pure inductor, it is not a capacitor component allows the AC through, there is no resistance to allow direct current through, there is no loss, then regardless of its inductance size, can completely prevent the passage of AC. But this inductance is not. Because of this, the inductor has been applied. We can use the inductor in the rectifier circuit, because we want to get a powerful DC power supply, we must use the rectifier circuit to AC power into the DC we need. And because the DC rectifier is not pure DC, it contains a lot of AC components, which we do not want, so we can put inductors in series rectifier circuit, the rectifier out of the DC through the inductor, the AC component It is greatly reduced. The DC component can be passed through the resistance of the inductor to go up. Thus, after the AC through the common mode chokes inductor, the amplitude becomes smaller, the smaller part of that did not go where, but was blocked, and what has changed. Because of the cost, inductance can not be done very much, so the inductance of the AC to prevent the ability is limited, the DC output from the inductor or some communication components, this part we do not want some communication components, we can In the inductor output circuit and then connect a large capacitor in the back, the use of capacitors can cut off DC, through the exchange of characteristics, we can not want to filter out AC components. more inductors in www.xp-elec.com

Inductor has an impediment to AC. In the case of a certain frequency of AC, the greater the inductance, the greater the ability to impede the AC, the smaller the inductance, the smaller the obstruction. In addition, a certain amount of inductance in the case, the higher the frequency of AC, the inductance of the obstruction of the AC capacity is also greater, the lower the frequency, the inductance of AC impede the smaller capacity. In other words, the inductor has the characteristic of preventing the passage of the alternating current and allowing the direct current to pass therethrough. The ideal inductor of choke coils manufacturers is a pure inductor, it is not a capacitor component allows the AC through, there is no resistance to allow direct current through, there is no loss, then regardless of its inductance size, can completely prevent the passage of AC. But this inductance is not. Because of this, the inductor has been applied. We can use the inductor in the rectifier circuit, because we want to get a powerful DC power supply, we must use the rectifier circuit to AC power into the DC we need. And because the DC rectifier is not pure DC, it contains a lot of AC components, which we do not want, so we can put inductors in series rectifier circuit, the rectifier out of the DC through the inductor, the AC component It is greatly reduced. The DC component can be passed through the resistance of the inductor to go up. Thus, after the AC through the common mode chokes inductor, the amplitude becomes smaller, the smaller part of that did not go where, but was blocked, and what has changed. Because of the cost, inductance can not be done very much, so the inductance of the AC to prevent the ability is limited, the DC output from the inductor or some communication components, this part we do not want some communication components, we can In the inductor output circuit and then connect a large capacitor in the back, the use of capacitors can cut off DC, through the exchange of characteristics, we can not want to filter out AC components. more inductors in www.xp-elec.com

Common mode inductors have very high initial permeability and large impedance and insertion loss under the geomagnetic field. They have excellent suppression effect to some disturbances and exhibit non-resonant insertion loss characteristics over a wide frequency range. High initial permeability: 5-20 times the ferrite, which has a greater insertion loss, the conduction interference suppression is much larger than the ferrite. High saturation magnetic induction: 2-3 times higher than ferrite. In the case of strong current interference is not easy to magnetization to saturation. Excellent temperature stability: high Curie temperature, greater temperature fluctuations in the case of alloy performance is significantly lower than the rate of change ferrite, with excellent stability, and performance changes close to linear. Flexible frequency characteristics: and more flexible by adjusting the process to get the desired frequency characteristics. Through different common mode chokes manufacturing processes, with the appropriate coil Zhashu can get different impedance characteristics to meet the requirements of different bands of filtering, so that the impedance value is much higher than the ferrite. Common Mode Inductors Various models show common mode inductor filter circuit, La and Lb is common mode inductor coil. The two coils are wound on the same core with the same number of turns and phase (in the opposite direction). In this way, when the normal current in the circuit flows through the common mode inductor, the current in the same phase winding inductance coil in the reverse magnetic field cancel each other, then the normal signal current is mainly affected by coil resistance (and a small amount due to leakage ); When there is a common mode current flows through the coil, due to the common mode current co-directionality will be generated in the coil with the magnetic field to increase the inductance of the coil, the coil performance of high impedance, resulting Strong damping effect, in order to attenuate common-mode current of common mode choke manufacturers , to filter the purpose. In fact, one end of this filter circuit interference source, and the other end connected to the interference device, then La and C1, Lb and C2 to form two sets of low-pass filter, the line can be common mode EMI signal is controlled at very low & Lt; / RTI & gt; The circuit can not only inhibit the incoming external EMI signals, but also can attenuate the EMI signal generated when the line is working, which can effectively reduce the EMI interference intensity. more inductors in www.xp-elec.com

Common mode inductors have very high initial permeability and large impedance and insertion loss under the geomagnetic field. They have excellent suppression effect to some disturbances and exhibit non-resonant insertion loss characteristics over a wide frequency range. High initial permeability: 5-20 times the ferrite, which has a greater insertion loss, the conduction interference suppression is much larger than the ferrite. High saturation magnetic induction: 2-3 times higher than ferrite. In the case of strong current interference is not easy to magnetization to saturation. Excellent temperature stability: high Curie temperature, greater temperature fluctuations in the case of alloy performance is significantly lower than the rate of change ferrite, with excellent stability, and performance changes close to linear. Flexible frequency characteristics: and more flexible by adjusting the process to get the desired frequency characteristics. Through different common mode chokes manufacturing processes, with the appropriate coil Zhashu can get different impedance characteristics to meet the requirements of different bands of filtering, so that the impedance value is much higher than the ferrite. Common Mode Inductors Various models show common mode inductor filter circuit, La and Lb is common mode inductor coil. The two coils are wound on the same core with the same number of turns and phase (in the opposite direction). In this way, when the normal current in the circuit flows through the common mode inductor, the current in the same phase winding inductance coil in the reverse magnetic field cancel each other, then the normal signal current is mainly affected by coil resistance (and a small amount due to leakage ); When there is a common mode current flows through the coil, due to the common mode current co-directionality will be generated in the coil with the magnetic field to increase the inductance of the coil, the coil performance of high impedance, resulting Strong damping effect, in order to attenuate common-mode current of common mode choke manufacturers , to filter the purpose. In fact, one end of this filter circuit interference source, and the other end connected to the interference device, then La and C1, Lb and C2 to form two sets of low-pass filter, the line can be common mode EMI signal is controlled at very low & Lt; / RTI & gt; The circuit can not only inhibit the incoming external EMI signals, but also can attenuate the EMI signal generated when the line is working, which can effectively reduce the EMI interference intensity. more inductors in www.xp-elec.com

EMC to solve problems are mostly common-mode interference, so the ferrite be wound around the common-mode inductor circuit is one of our common power supply components! The following is the principle of common mode inductors common mode choke coil is a ferrite magnetic material for the core of the common mode interference suppression device, which consists of two identical diameter, the same number of turns of the coil symmetrically wound on the same ferrite ring core, Forming a two-winding four-terminal inductor, the common-mode signal to show a large inductance has a inhibitory effect, while the differential mode signal shows little leakage inductance almost does not work. Common-mode inductor works through the common-mode current flux in the magnetic flux superimposed on each other, which has a considerable inductance, the common-mode current to suppress the role, and when the two coils flow through the differential mode current, The magnetic flux in the magnetic ring cancel each other out, almost no inductance, so the differential mode current can pass without attenuation, so the common-mode inductance in the balanced line can effectively suppress common-mode interference signal, and the normal transmission line differential signal no effect. The following points should be noted when ferrite magnets are wound around common mode inductors 1) around the coil wound from common mode choke manufacturers on the core wire to be insulated from each other to ensure that the role of the transient over-voltage between the turns of the coil does not occur short-circuit breakdown; 2) When the coil flow through the instantaneous high current, the ferrite core should not be saturated; 3) coil ferrite core should be insulated with the coil to prevent the transient over-voltage between the breakdown occurs between the two; 4) The coil should be wound as far as possible single layer, doing so can reduce the parasitic capacitance of the coil to enhance the coil on the transient over-voltage withstand capacity. www.xp-elec.com is your reliable partner for inductors.

EMC to solve problems are mostly common-mode interference, so the ferrite be wound around the common-mode inductor circuit is one of our common power supply components! The following is the principle of common mode inductors common mode choke coil is a ferrite magnetic material for the core of the common mode interference suppression device, which consists of two identical diameter, the same number of turns of the coil symmetrically wound on the same ferrite ring core, Forming a two-winding four-terminal inductor, the common-mode signal to show a large inductance has a inhibitory effect, while the differential mode signal shows little leakage inductance almost does not work. Common-mode inductor works through the common-mode current flux in the magnetic flux superimposed on each other, which has a considerable inductance, the common-mode current to suppress the role, and when the two coils flow through the differential mode current, The magnetic flux in the magnetic ring cancel each other out, almost no inductance, so the differential mode current can pass without attenuation, so the common-mode inductance in the balanced line can effectively suppress common-mode interference signal, and the normal transmission line differential signal no effect. The following points should be noted when ferrite magnets are wound around common mode inductors 1) around the coil wound from common mode choke manufacturers on the core wire to be insulated from each other to ensure that the role of the transient over-voltage between the turns of the coil does not occur short-circuit breakdown; 2) When the coil flow through the instantaneous high current, the ferrite core should not be saturated; 3) coil ferrite core should be insulated with the coil to prevent the transient over-voltage between the breakdown occurs between the two; 4) The coil should be wound as far as possible single layer, doing so can reduce the parasitic capacitance of the coil to enhance the coil on the transient over-voltage withstand capacity. www.xp-elec.com is your reliable partner for inductors.

Chip inductors, also known as power meter inductors, with a small size, high-quality products, simple structure, high-energy storage and so on. The user is the need to master the use of chip common mode chokes knowledge, the following is the core network (spot IC procurement platform) Xiaobian to introduce the specific properties of the chip inductor and the role of it, hope to help you. Attributes SMD inductor, closed loop is an attribute. When the chip inductor coil through the current, the patch inductance in the coil to form a magnetic field induction, induced magnetic field will produce induced current to resist the current through the coil. Chip inductor in the circuit to play the role of non-steady current through the change in the magnetic field, and this magnetic field will in turn affect the current, chip inductors in the power supply circuit in the series such as inductance, inductor is direct to DC , The high-frequency pulse is high impedance, so the role of DC pass through the exchange of AC pulse. Resistor is used to control the current in the circuit, the PFC inductors is used to separate the DC flow through the inductor used to block the high-frequency low-frequency, on the other hand capacitors and inductors are energy storage components, so there are filters in the circuit. Chip inductors in the circuit to prevent the passage of alternating current and let DC through the characteristics of smooth. Inductance is characterized by DC, resistive AC, the higher the frequency, the greater the coil impedance. An inductor often works with a capacitor in a circuit The inductance coil has the characteristic of preventing current change in the alternating current circuit. Inductance coil and the inertia of mechanics similar characteristics, in the electrical named "self-induction", SMD inductance at low frequencies, the inductor generally exhibits inductive characteristics, both from the storage, high-frequency filter characteristics, but At high frequencies, its impedance characteristics of the performance is obvious. There is energy consumption heat, reduce the emotional effect of such phenomena. Different inductors have different high-frequency characteristics. Functions Chip inductors, is insulated wire wound from the electromagnetic induction device. Are commonly used inductor components. The role of SMD inductor: DC resistance through the exchange This is a simple argument, the AC signal isolation, filtering or with capacitors, resistors and other components of the resonant circuit.Tune and the role of selected frequency inductor: inductor coil and capacitor can be formed in parallel LC tuning circuit. Chip inductor in the circuit of any current, will produce a magnetic field, magnetic field and the role of the magnetic circuit. more inductors in www.xp-elec.com

Chip inductors, also known as power meter inductors, with a small size, high-quality products, simple structure, high-energy storage and so on. The user is the need to master the use of chip common mode chokes knowledge, the following is the core network (spot IC procurement platform) Xiaobian to introduce the specific properties of the chip inductor and the role of it, hope to help you. Attributes SMD inductor, closed loop is an attribute. When the chip inductor coil through the current, the patch inductance in the coil to form a magnetic field induction, induced magnetic field will produce induced current to resist the current through the coil. Chip inductor in the circuit to play the role of non-steady current through the change in the magnetic field, and this magnetic field will in turn affect the current, chip inductors in the power supply circuit in the series such as inductance, inductor is direct to DC , The high-frequency pulse is high impedance, so the role of DC pass through the exchange of AC pulse. Resistor is used to control the current in the circuit, the PFC inductors is used to separate the DC flow through the inductor used to block the high-frequency low-frequency, on the other hand capacitors and inductors are energy storage components, so there are filters in the circuit. Chip inductors in the circuit to prevent the passage of alternating current and let DC through the characteristics of smooth. Inductance is characterized by DC, resistive AC, the higher the frequency, the greater the coil impedance. An inductor often works with a capacitor in a circuit The inductance coil has the characteristic of preventing current change in the alternating current circuit. Inductance coil and the inertia of mechanics similar characteristics, in the electrical named "self-induction", SMD inductance at low frequencies, the inductor generally exhibits inductive characteristics, both from the storage, high-frequency filter characteristics, but At high frequencies, its impedance characteristics of the performance is obvious. There is energy consumption heat, reduce the emotional effect of such phenomena. Different inductors have different high-frequency characteristics. Functions Chip inductors, is insulated wire wound from the electromagnetic induction device. Are commonly used inductor components. The role of SMD inductor: DC resistance through the exchange This is a simple argument, the AC signal isolation, filtering or with capacitors, resistors and other components of the resonant circuit.Tune and the role of selected frequency inductor: inductor coil and capacitor can be formed in parallel LC tuning circuit. Chip inductor in the circuit of any current, will produce a magnetic field, magnetic field and the role of the magnetic circuit. more inductors in www.xp-elec.com

toroidal transformers has a small size, low noise, low heat, high conversion efficiency, has been increasingly used in industrial automation equipment, instrumentation, petrochemical, medical and health, agricultural production, machining, scientific research, military, home Electrical appliances. Toroidal transformers, especially in the stepper motor power applications, showing excellent performance, far beyond the U-type, E-type transformer performance. The following brief description of the performance and application of toroidal transformer. The structure and performance of toroidal transformer It was found that the use of the toroidal core wound coil eddy current loss (iron loss) the smallest, then the transformer core processing for the ring. Ring transformer core, the thickness of 0.35mm below the cold-rolled silicon steel sheet, seamless roll forming. The coil evenly around the core, the coil magnetic flux direction and the core magnetic circuit almost completely coincide, to achieve the alternating current through the coil eddy current generated by the smallest loss. Than the U-shaped, E-type transformer core loss reduced by 50% or more, thereby improving the conversion efficiency of the transformer or isolation. Ring transformer core from toroidal transformers manufacturers can be processed to the extent of no air gap, stacking coefficient can be as high as 95% or more, the core permeability desirable 1.5 ~ 1.8T (laminated iron core can only take about 1.2T or less), the toroidal transformer Electric conversion efficiency can reach more than 95%. The toroidal transformer core has an air-free structure that enables very small no-load currents and no heat generation during long-term power-on conditions. The width and height of the toroidal transformer occupies a cylindrical structure, and its volume is reduced by about half that of the U-shaped E-type. The magnetic loop structure is almost in a closed space, to achieve a small magnetic leakage, electromagnetic radiation is weak, strong resistance to external magnetic interference, no need to add shielding layer , Installed in a variety of complex structures of electronic equipment, will not produce any electromagnetic interference. more transformer in www.xp-elec.com

toroidal transformers has a small size, low noise, low heat, high conversion efficiency, has been increasingly used in industrial automation equipment, instrumentation, petrochemical, medical and health, agricultural production, machining, scientific research, military, home Electrical appliances. Toroidal transformers, especially in the stepper motor power applications, showing excellent performance, far beyond the U-type, E-type transformer performance. The following brief description of the performance and application of toroidal transformer. The structure and performance of toroidal transformer It was found that the use of the toroidal core wound coil eddy current loss (iron loss) the smallest, then the transformer core processing for the ring. Ring transformer core, the thickness of 0.35mm below the cold-rolled silicon steel sheet, seamless roll forming. The coil evenly around the core, the coil magnetic flux direction and the core magnetic circuit almost completely coincide, to achieve the alternating current through the coil eddy current generated by the smallest loss. Than the U-shaped, E-type transformer core loss reduced by 50% or more, thereby improving the conversion efficiency of the transformer or isolation. Ring transformer core from toroidal transformers manufacturers can be processed to the extent of no air gap, stacking coefficient can be as high as 95% or more, the core permeability desirable 1.5 ~ 1.8T (laminated iron core can only take about 1.2T or less), the toroidal transformer Electric conversion efficiency can reach more than 95%. The toroidal transformer core has an air-free structure that enables very small no-load currents and no heat generation during long-term power-on conditions. The width and height of the toroidal transformer occupies a cylindrical structure, and its volume is reduced by about half that of the U-shaped E-type. The magnetic loop structure is almost in a closed space, to achieve a small magnetic leakage, electromagnetic radiation is weak, strong resistance to external magnetic interference, no need to add shielding layer , Installed in a variety of complex structures of electronic equipment, will not produce any electromagnetic interference. more transformer in www.xp-elec.com

When the fan drive system utilizes a single control mode power supply, switching power supply output power level will increase, performance requirements of components increase, the choice of high-frequency transformers also need reconsider. Therefore, in using this control method, the need to consider a number of influencing factors. As the use of double fan as the load (the original charge is a single fan), the demand load increases, the number of high frequency SMPS transformers output also needs to increase the amount of energy of a single control work double fan meet the needs of high-frequency transformers need to increase the number of output; Increase the resulting current increase, a corresponding increase high frequency transformer primary winding diameter, high frequency transformer to be redesigned. The most common toroidal transformers chip switching power supply is TNY278, due to the use of dual-fan as a load,Key source device to adjust parameters switching power supply. As the load increases,the number of output channels of high-frequency transformer needs to increase, in thesame time, the leakage inductance will be a corresponding increase in the transformerPrimary leakage inductance caused by the peak voltage increase Vspike in consecuense. Vspike caused by the leakage inductance of the transformer it can be absorbed throughthe external circuit, so that the maximum AC input voltage, the maximum load if youpeak waveform does not exceed the value of tube voltage switching, but the basic premise is to select a higher power chip pressure level. After opening the switch, the drain-source voltage is reduced to zero an instant, this time, the drain current began to rise, when the duty cycle reaches the maximum and current peaks, the switch, the current instantly reduced to zero. The first peak current is the action switch noise will not affect the normal use. More www.xp-elec.com

When the fan drive system utilizes a single control mode power supply, switching power supply output power level will increase, performance requirements of components increase, the choice of high-frequency transformers also need reconsider. Therefore, in using this control method, the need to consider a number of influencing factors. As the use of double fan as the load (the original charge is a single fan), the demand load increases, the number of high frequency SMPS transformers output also needs to increase the amount of energy of a single control work double fan meet the needs of high-frequency transformers need to increase the number of output; Increase the resulting current increase, a corresponding increase high frequency transformer primary winding diameter, high frequency transformer to be redesigned. The most common toroidal transformers chip switching power supply is TNY278, due to the use of dual-fan as a load,Key source device to adjust parameters switching power supply. As the load increases,the number of output channels of high-frequency transformer needs to increase, in thesame time, the leakage inductance will be a corresponding increase in the transformerPrimary leakage inductance caused by the peak voltage increase Vspike in consecuense. Vspike caused by the leakage inductance of the transformer it can be absorbed throughthe external circuit, so that the maximum AC input voltage, the maximum load if youpeak waveform does not exceed the value of tube voltage switching, but the basic premise is to select a higher power chip pressure level. After opening the switch, the drain-source voltage is reduced to zero an instant, this time, the drain current began to rise, when the duty cycle reaches the maximum and current peaks, the switch, the current instantly reduced to zero. The first peak current is the action switch noise will not affect the normal use. More www.xp-elec.com

As the National Day draws to a close, and XP Power's staff return to work in the factory, the average returned employees rate of three factories reaches 95%. At present, the production schedule of power transformers is normal, and XP Power gives red packets to the employee, and submits an expense account the transportation costs back and forth, which reflects the warm enterprise culture. Due to plenty of orders after the National Day, current transformers production workshops show a busy scene, which is inseparable from approval of more global customers. XP Power Inductors has arranged production plans before the spring festival , and sped up the delivery, feedstock, logistics. And repair and maintenance of equipment was carried out at the same time during the National Day, and also XP Power has taken the new staff recruitment and training, which lay a solid foundation for well finishing customers¡¯ orders in quality and timely manner. Hope in the future, XP Power will still provide more professional and golden service to customers, and can win more support from customers. More in www.xp-elec.com

As the National Day draws to a close, and XP Power's staff return to work in the factory, the average returned employees rate of three factories reaches 95%. At present, the production schedule of power transformers is normal, and XP Power gives red packets to the employee, and submits an expense account the transportation costs back and forth, which reflects the warm enterprise culture. Due to plenty of orders after the National Day, current transformers production workshops show a busy scene, which is inseparable from approval of more global customers. XP Power Inductors has arranged production plans before the spring festival , and sped up the delivery, feedstock, logistics. And repair and maintenance of equipment was carried out at the same time during the National Day, and also XP Power has taken the new staff recruitment and training, which lay a solid foundation for well finishing customers¡¯ orders in quality and timely manner. Hope in the future, XP Power will still provide more professional and golden service to customers, and can win more support from customers. More in www.xp-elec.com

Dated January 19th. 2015, XP Power (China) passed the audit of SGS certification . XP Power (China) is one of the most famous inductors manufacturers in China.It was set up in 1992.The main products are including inductors,transformer, toroidal transformers ,cores,ect.They are exported to over 30 countries all over the world. This SGS certification is to check XP Power's basic information, trade capacity, production capacity and quality management, design of products and development capability, financial credit and working conditions, etc. And it is a full range of comprehensive checking to all aspects of our company, which makes XP Power to further get the recognition of the current transformers market, and plays a crucial role for the development of XP Power in the future. SGS Inspection Authority issued an authoritative certification report and certification medal for XP Power. XP Power will take this as an opportunity to intensify international market development and promote XP POWER¡¯s brand influence and core competitiveness in the global world. More details in www.xp-elec.com

Dated January 19th. 2015, XP Power (China) passed the audit of SGS certification . XP Power (China) is one of the most famous inductors manufacturers in China.It was set up in 1992.The main products are including inductors,transformer, toroidal transformers ,cores,ect.They are exported to over 30 countries all over the world. This SGS certification is to check XP Power's basic information, trade capacity, production capacity and quality management, design of products and development capability, financial credit and working conditions, etc. And it is a full range of comprehensive checking to all aspects of our company, which makes XP Power to further get the recognition of the current transformers market, and plays a crucial role for the development of XP Power in the future. SGS Inspection Authority issued an authoritative certification report and certification medal for XP Power. XP Power will take this as an opportunity to intensify international market development and promote XP POWER¡¯s brand influence and core competitiveness in the global world. More details in www.xp-elec.com

In 2016, ¡°Made In China¡±opens doors of opportunity in a time of changing. March 29th, 2016, XP Power (China)'s CEO, Mr. Jason, as the invited guest, attended the forum on "Outwit The Future Export Forum" hosted by Global Sources, which guides "cool" products direction for Chinese manufacturing. In the forum, Mr. Edgar loo, the general manager of business training department of Global Sources, analyzed competitive advantages of ¡°Made In China¡± in the future, revealed "cool "gene of ¡°Made In China¡±. Mr. John Lee, CEO of the young Associates INC in USA linked theory and practice, showing transformation and upgrading and innovation development roadmap of Chinese audio transformers enterprises. In 2016, consumer demand becomes personalized, the products change with the era, cheap and imitative products are coming to an end, and buyers are actively looking for innovative and differentiated "cool" products. Mr. Jason introduced production and sales situation of XPPOWER power transformers to more than 400 enterprises representatives, and shared thorns and surprise during enterprise transformation. He pointed out that only to rightly face the grim situation of foreign trade, and timely adjust differentiation strategy of products, and integrate enterprise resources, and improve quality of products and value-added services of customers, XP Power can win a foothold in the global competition. And also facing questions of many companies, Mr. Jason answered their questions one by one, to show that XP Power will try great efforts to participate the ¡°COOL¡± products manufacture. More in www.xp-elec.com .

In 2016, ¡°Made In China¡±opens doors of opportunity in a time of changing. March 29th, 2016, XP Power (China)'s CEO, Mr. Jason, as the invited guest, attended the forum on "Outwit The Future Export Forum" hosted by Global Sources, which guides "cool" products direction for Chinese manufacturing. In the forum, Mr. Edgar loo, the general manager of business training department of Global Sources, analyzed competitive advantages of ¡°Made In China¡± in the future, revealed "cool "gene of ¡°Made In China¡±. Mr. John Lee, CEO of the young Associates INC in USA linked theory and practice, showing transformation and upgrading and innovation development roadmap of Chinese audio transformers enterprises. In 2016, consumer demand becomes personalized, the products change with the era, cheap and imitative products are coming to an end, and buyers are actively looking for innovative and differentiated "cool" products. Mr. Jason introduced production and sales situation of XPPOWER power transformers to more than 400 enterprises representatives, and shared thorns and surprise during enterprise transformation. He pointed out that only to rightly face the grim situation of foreign trade, and timely adjust differentiation strategy of products, and integrate enterprise resources, and improve quality of products and value-added services of customers, XP Power can win a foothold in the global competition. And also facing questions of many companies, Mr. Jason answered their questions one by one, to show that XP Power will try great efforts to participate the ¡°COOL¡± products manufacture. More in www.xp-elec.com .

XP Power was established in 1992. Integrating R&D, mass production and supply under one roof, XP Power has become one of the world's leading developers and manufacturers of power transformers, power inductors, current transformers , high-frequency transformers and filters for the electronics industry with specialists who are versed in all the technical and legislation requirements. Dated February 15th 2015, XP Power (China) passed ISO9001:2008 quality management system certification after the unremitting efforts of all staffs. Under comprehensive, rigorous, meticulous guidance and audit by the experts of certification company , they confirmed quality management system of XP Power (China) meets the standard requirements of ISO9001: 2008, then officially issued ISO9001 quality management system certification to XP Power (China). ISO9001:2008 quality management system certification is normalization standardization of comprehensive testing to XP Power (China)'s management and is an important guarantee for the constant, stable and healthy development of our company. Certification indicates that XP Power (China) can continue to provide customers with expectations and satisfaction of qualified products, and will provide more effective protection for further enhancing customers¡¯ service,such as common mode inductors establishing a brand image. XP Power will further optimize and standardize the management system, and constantly improve the effectiveness of the system, and constantly improve XP Power 's management level, and provide the more intimate, more thoughtful, more satisfactory service to global buyers. More in www.xp-elec.com

XP Power was established in 1992. Integrating R&D, mass production and supply under one roof, XP Power has become one of the world's leading developers and manufacturers of power transformers, power inductors, current transformers , high-frequency transformers and filters for the electronics industry with specialists who are versed in all the technical and legislation requirements. Dated February 15th 2015, XP Power (China) passed ISO9001:2008 quality management system certification after the unremitting efforts of all staffs. Under comprehensive, rigorous, meticulous guidance and audit by the experts of certification company , they confirmed quality management system of XP Power (China) meets the standard requirements of ISO9001: 2008, then officially issued ISO9001 quality management system certification to XP Power (China). ISO9001:2008 quality management system certification is normalization standardization of comprehensive testing to XP Power (China)'s management and is an important guarantee for the constant, stable and healthy development of our company. Certification indicates that XP Power (China) can continue to provide customers with expectations and satisfaction of qualified products, and will provide more effective protection for further enhancing customers¡¯ service,such as common mode inductors establishing a brand image. XP Power will further optimize and standardize the management system, and constantly improve the effectiveness of the system, and constantly improve XP Power 's management level, and provide the more intimate, more thoughtful, more satisfactory service to global buyers. More in www.xp-elec.com